Fast synchronization of distributed power resources based on subgraph partitioning

With the proliferation of distributed energy sources and an increasing number of distributed energy sites, ensuring rapid synchronization of whole-network resource information for distributed energy access is crucial for the normal operation of power networks. This paper proposes a fast topology-pruning based routing (FTPR) scheme for distributed power resources based on subgraph partitioning, which significantly improves the convergence speed of network resource information compared to traditional approaches.